Engineering and Manufacturing

HEADLINES ARCHIVE

  • MIT's engineering department heads are now predominantly female

    For the first time in the history of the university, the majority of engineering department heads at the Massachusetts Institute of Technology (MIT) are women.

  • New boring tool improves security and productivity

    The tool is designed for all fine-boring applications, covering diameters from 19 to 167 mm (0.748 to 6.575 in).

  • Streamline CNC with Mastercam software

    Mastercam 2020 delivers advanced features supporting process automation, increased operating efficiency and increased accuracy.

  • Earn a master's degree in engineering online from NC State

    Engineering Online offers graduate degree programs with all the benefits of an on-campus experience.

  • Watch: Low-cost OCT system expands the field for eye scans

    The compact optical coherence tomography unit is 15 times lighter and smaller than current commercial systems at less than a tenth the retail price.

  • Researchers are attempting to turn food waste into bioplastics

    A research team from the University of Canterbury in New Zealand has devised a new technique for turning food waste into chemical components that could potentially be used as the building blocks for making bioplastics.

  • Study: The continuing climate impact of airplane contrails

    Radiative forcing effects attributable to airplane contrails will triple from 2006 levels by the year 2050.

  • Multi-jack electronically synchronized system

    Take a look at this multi-jack system, demonstrating smooth, synchronous operation with preset stops.

  • How does a jet engine work?

    Learn how a jet engine exploits Newton’s third law of motion to achieve jet propulsion.

  • Discover the full potential of generative design with ANSYS

    With Generative Design from ANSYS Discovery, engineers can quickly explore design alternatives based on material properties and constraint requirements.

  • Video: Spirit Aerosystems brings new titanium fabrication technology to factory

    The process allows Spirit to form parts out of titanium plates rather than relying on machining large blocks of titanium.

  • 4 considerations for mobile welding

    When the public – and many welding students – first think of typical welding jobs, they likely imagine a worker joining metal sheet on a large shop floor. But mobile welding is also common.

  • Rockwell Automation opens center for electric vehicle innovation

    Located in San Jose, California, the center utilizes augmented and virtual reality modeling to provide an environment for learning new technologies and standards.

  • PIG Flammable Safety Cabinet

    PIG Flammable Safety Cabinets are built with class-leading features and backed by a lifetime warranty.

  • When to use FCAW-G over GMAW for manufacturing applications

    While FCAW-G is often viewed as the preferred alternative to shielded metal arc welding in field operations, both it and GMAW carry their own advantages and disadvantages in the manufacturing industry.

  • How important is innovation to welding?

    While eureka moments seem rare in the world of welding, the industry has been driven by steady, incremental improvements.

  • Non-lethal weapon quickly immobilizes suspicious boats

    he boat-stopping technology is intended for tankers that are vulnerable to piracy, halting suspected narcotics traffickers and protecting ports from terrorism.

  • MHI buys Bombardier's regional jet program

    The acquisition will expand the development, production, sales and support of the Mitsubishi SpaceJet commercial aircraft family.

  • Tailor-made solutions for the cement industry

    Aerzen's tailored solutions address the current and future needs of the cement industry by guaranteeing increased safety and reliability of primary and secondary processes, addressing the needs of new plants and plant expansions alike.

  • A look at magnetic pulse welding

    The innovation of magnetic pulse welding (MPW), born in the nuclear energy industry just a half-century ago, expands the possibilities for solid-state welding through the application of electromagnetic force theory.

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